تطوان.. إجلاء 46 أسرة وتسجيل تضرر حوالي 160 هكتارا من الغطاء الغابوي
الرئيسة الأربعاء 27 يوليو 2022 12:35 مساءً
حاسي سيتي
أفادت السلطات المحلية بإقليم تطوان أن حريقا اندلع مساء أمس الثلاثاء، بالمجال الغابوي المتواجد بالنفوذ الترابي لجماعة بني ليت، قيادة بني حسان، إقليم تطوان، حيث تتواصل التدخلات الميدانية برا وجوا من أجل احتواء النيران.
وأوضح المصدر أنه، تمت تعبئة فرق للتدخل مشكلة من مصالح الوقاية المدنية والمياه والغابات والدرك الملكي والقوات المساعدة والسلطات المحلية وأعوان الإنعاش الوطني، إلى جانب متطوعين من ساكنة المنطقة، مدعومين بمعدات ووسائل تقنية وجوية للإطفاء، حيث تم إلى حدود الساعة تنفيذ طلعتين إطفائيتين جويتين لصب المياه وكسر جبهة النيران.
وأشار إلى أنه حفاظا على سلامة ساكنة الدواوير المجاورة لأماكن الحرائق، جرى نقل 46 أسرة انطلاقا من 3 دواوير بعيدا عن أماكن الخطر.
وأضاف ذات المصدر أنه في حصيلة مؤقتة للخسائر الناجمة عن هذا الحريق، فقد تم تسجيل تضرر حوالي 160 هكتارا من الغطاء الغابوي المكون من أشجار البلوط والبلوط الفليني والصنوبر وبعض الأصناف النباتية الثانوية، دون تسجيل أية خسائر بشرية.للحريق المسجل على مستوى غابة “بوهاشم”، الواقعة بجماعة تازورت، إقليم العرائش.
وكانت جهود فرق مكافحة النيران قد مكنت، قبل بضعة أيام من السيطرة على الحريق المسجل على مستوى غابة بني إيدر، جماعة الخروب، قيادة جبل لحبيب، حيث تقدر المساحة الإجمالية التي طالتها النيران بما يناهز 500 هكتار، يشكل الغطاء الغابوي النصف منها.
Copper strip recycling According to a recent study published in the journal Environmental Science & Technology, ancient copper smelting pollution during Roman and Medieval times has been recorded in Greenland ice. The researchers found evidence of copper pollution in ice cores dating back to the 4th century AD, indicating that the problem began much earlier than previously thought. The researchers analyzed an ice core that had been drilled in the Greenland ice sheet, which can provide a record of past atmospheric pollution. They found high levels of copper and lead in several layers of the ice core, with concentrations peaking during the Roman and Medieval periods. The high levels of copper in the ice core suggest that the smelting of copper ore was a major source of pollution during these periods. Copper smelting releases sulfur dioxide, carbon dioxide, and other pollutants into the air, which can travel long distances and become deposited on the ice and snow. The team also found evidence of lead pollution, which is known to have been emitted during the smelting of silver and other metals. Lead pollution was highest during the Medieval period, a time of increased industrial activity in Europe. The study highlights the long-term impact of human activity on the environment and the importance of understanding historical pollution patterns in order to make informed decisions about modern industrial activities Metal waste shredding Copper sheet and plate recycling Copper heat exchanger recycling Copper scrap recovery methods Copper scrap rolling Metal recovery and repurposing solutions
Innovative copper recycling There are several reasons why we don’t use a copper wire as a fuse wire: 1. Copper has a low melting point: Copper wire melts at around 1,083В°C. This means that it would not be able to protect against high current levels, as it would melt before it could break the circuit. 2. Risk of fire: A copper wire would be a poor choice for a fuse wire since it could start a fire. If a wire in an electronic device carries too much current, it can heat up and ignite the surrounding materials, potentially causing a fire. 3. Safety concerns: Fuses are designed to protect against electric shock and other safety hazards. If a copper wire were used as a fuse wire, it would not provide this level of safety. A fuse wire should be able to break a circuit quickly and safely in the event of a fault, preventing further damage or harm. 4. Standardization: Fuses are standardized, and there are well-established specifications for their performance and design. The use of a copper wire would not meet these specifications and could result in unreliable performance or even failure to protect against excessive current. Overall, it is important to use the correct type of fuse wire for the intended application to ensure safety and reliable protection against overcurrent Metal waste export regulations Copper tube bar scrap acquisition Copper forgings recycling Copper scrap processing technology Copper scrap market trends Metal reusing services
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Copper strip recycling According to a recent study published in the journal Environmental Science & Technology, ancient copper smelting pollution during Roman and Medieval times has been recorded in Greenland ice. The researchers found evidence of copper pollution in ice cores dating back to the 4th century AD, indicating that the problem began much earlier than previously thought. The researchers analyzed an ice core that had been drilled in the Greenland ice sheet, which can provide a record of past atmospheric pollution. They found high levels of copper and lead in several layers of the ice core, with concentrations peaking during the Roman and Medieval periods. The high levels of copper in the ice core suggest that the smelting of copper ore was a major source of pollution during these periods. Copper smelting releases sulfur dioxide, carbon dioxide, and other pollutants into the air, which can travel long distances and become deposited on the ice and snow. The team also found evidence of lead pollution, which is known to have been emitted during the smelting of silver and other metals. Lead pollution was highest during the Medieval period, a time of increased industrial activity in Europe. The study highlights the long-term impact of human activity on the environment and the importance of understanding historical pollution patterns in order to make informed decisions about modern industrial activities Metal waste shredding Copper sheet and plate recycling Copper heat exchanger recycling Copper scrap recovery methods Copper scrap rolling Metal recovery and repurposing solutions
Innovative copper recycling There are several reasons why we don’t use a copper wire as a fuse wire: 1. Copper has a low melting point: Copper wire melts at around 1,083В°C. This means that it would not be able to protect against high current levels, as it would melt before it could break the circuit. 2. Risk of fire: A copper wire would be a poor choice for a fuse wire since it could start a fire. If a wire in an electronic device carries too much current, it can heat up and ignite the surrounding materials, potentially causing a fire. 3. Safety concerns: Fuses are designed to protect against electric shock and other safety hazards. If a copper wire were used as a fuse wire, it would not provide this level of safety. A fuse wire should be able to break a circuit quickly and safely in the event of a fault, preventing further damage or harm. 4. Standardization: Fuses are standardized, and there are well-established specifications for their performance and design. The use of a copper wire would not meet these specifications and could result in unreliable performance or even failure to protect against excessive current. Overall, it is important to use the correct type of fuse wire for the intended application to ensure safety and reliable protection against overcurrent Metal waste export regulations Copper tube bar scrap acquisition Copper forgings recycling Copper scrap processing technology Copper scrap market trends Metal reusing services
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